Convert Gram per Square Centimeter Second to Kilogram per Square Meter Second
Live bidirectional calculator for Grams per Square Centimeter Second (g/(cm²·s)) and Kilograms per Square Meter Second (kg/(m²·s)) with verified formula and conversion charts.
Mass Flux Density6 units
How the Calculation Works (Linear Scaling)
Since 1 Gram per Square Centimeter Second = 10 Kilograms per Square Meter Second, multiply the value in Grams per Square Centimeter Second by 10.
Gram per Square Centimeter Second to Kilogram per Square Meter Second Conversion Table
Precomputed values for quick reference and printing.
| Gram per Square Centimeter Second | Kilogram per Square Meter Second |
|---|---|
| 1 g/(cm²·s) | 10 kg/(m²·s) |
| 2 g/(cm²·s) | 20 kg/(m²·s) |
| 3 g/(cm²·s) | 30 kg/(m²·s) |
| 4 g/(cm²·s) | 40 kg/(m²·s) |
| 5 g/(cm²·s) | 50 kg/(m²·s) |
| 6 g/(cm²·s) | 60 kg/(m²·s) |
| 7 g/(cm²·s) | 70 kg/(m²·s) |
| 8 g/(cm²·s) | 80 kg/(m²·s) |
| 9 g/(cm²·s) | 90 kg/(m²·s) |
| 10 g/(cm²·s) | 100 kg/(m²·s) |
| 15 g/(cm²·s) | 150 kg/(m²·s) |
| 20 g/(cm²·s) | 200 kg/(m²·s) |
| 25 g/(cm²·s) | 250 kg/(m²·s) |
| 30 g/(cm²·s) | 300 kg/(m²·s) |
| 40 g/(cm²·s) | 400 kg/(m²·s) |
| 50 g/(cm²·s) | 500 kg/(m²·s) |
| 75 g/(cm²·s) | 750 kg/(m²·s) |
| 100 g/(cm²·s) | 1000 kg/(m²·s) |
| Kilogram per Square Meter Second | Gram per Square Centimeter Second |
|---|---|
| 1 kg/(m²·s) | 0.1 g/(cm²·s) |
| 2 kg/(m²·s) | 0.2 g/(cm²·s) |
| 3 kg/(m²·s) | 0.3 g/(cm²·s) |
| 4 kg/(m²·s) | 0.4 g/(cm²·s) |
| 5 kg/(m²·s) | 0.5 g/(cm²·s) |
| 6 kg/(m²·s) | 0.6 g/(cm²·s) |
| 7 kg/(m²·s) | 0.7 g/(cm²·s) |
| 8 kg/(m²·s) | 0.8 g/(cm²·s) |
| 9 kg/(m²·s) | 0.9 g/(cm²·s) |
| 10 kg/(m²·s) | 1 g/(cm²·s) |
| 15 kg/(m²·s) | 1.5 g/(cm²·s) |
| 20 kg/(m²·s) | 2 g/(cm²·s) |
| 25 kg/(m²·s) | 2.5 g/(cm²·s) |
| 30 kg/(m²·s) | 3 g/(cm²·s) |
| 40 kg/(m²·s) | 4 g/(cm²·s) |
| 50 kg/(m²·s) | 5 g/(cm²·s) |
| 75 kg/(m²·s) | 7.5 g/(cm²·s) |
| 100 kg/(m²·s) | 10 g/(cm²·s) |
📌 Standard Benchmark Reference Values
Exact CGS-to-SI mass transport conversion (10⁻³ kg / 10⁻⁴ m² = 10).
Exact RatioAbout Gram per Square Centimeter Second (g/(cm²·s))
The CGS coherent unit of mass flux density, equal to exactly 10 kg/(m²·s).
History: The traditional scientific unit used in physical chemistry diffusion experiments and Knudsen effusion cell measurements.
Common Uses: High-temperature Knudsen effusion mass spectrometry, chemical vapor transport, electrochemical corrosion mass loss rates.
About Kilogram per Square Meter Second (kg/(m²·s))
The SI coherent derived unit of mass flux density, defined as one kilogram of mass transported across a one-square-meter cross-section per second. It measures mass flow per unit area per unit time (G = ṁ / A).
History: Standardized in transport phenomena literature by Bird, Stewart, and Lightfoot for mass transfer, filtration, and boundary-layer dynamics.
Common Uses: Nuclear reactor thermal-hydraulic subchannel analysis, membrane reverse osmosis flux, turbulent boundary layer mass transport.
❓ Frequently Asked Questions
How many Kilograms per Square Meter Second are in 1 Gram per Square Centimeter Second?
There are exactly 10 Kilograms per Square Meter Second in 1 Gram per Square Centimeter Second (1 g/(cm²·s) = 10 kg/(m²·s)).
What is the formula to convert Gram per Square Centimeter Second to Kilogram per Square Meter Second?
The formula is: Kilogram per Square Meter Second = Gram per Square Centimeter Second × 10. Since 1 Gram per Square Centimeter Second = 10 Kilograms per Square Meter Second, multiply the value in Grams per Square Centimeter Second by 10.
How do I convert 1 g/(cm²·s) to kg/(m²·s) manually?
To convert 1 g/(cm²·s) to kg/(m²·s): apply the formula Kilogram per Square Meter Second = Gram per Square Centimeter Second × 10. Substituting gives: 1 × 10 = 10 kg/(m²·s).